Enhanced Tissue and Organ Monitoring through Electrical Resonance ID: 2015-048

An innovative electrode configuration that significantly improves the monitoring of tissues and organs by utilizing electrical resonance.

Technology Overview

This technology introduces an advanced electrode configuration designed to enhance tissue and organ monitoring. By integrating a resonant circuit, which includes a frequency generator, autotuner, coaxial line, and balun, the system overcomes the limitations of low sensitivity and noise-induced baseline shifts prevalent in existing methods. It operates by forming a resonant circuit with internal and external electrodes, where the tissues between these electrodes affect the resonance characteristics, allowing for precise monitoring of blood flow and perfusion conditions.

Key Advantages

• Increased detection accuracy of pulsatile components in blood flow and perfusion conditions
• Continuous measurement of parameters like standing wave ratio and impedance, with compensation for baseline shifts
• Versatility in application across various medical monitoring scenarios
• Adaptable to different frequencies and configurations, suitable for a wide range of anatomical regions and medical procedures

Problems Addressed

• Low sensitivity in the monitoring of tissues and organs
• Noise-induced baseline shifts that affect measurement accuracy
• Limited applicability of existing methods to diverse medical monitoring situations

Market Applications

• Elective tomography for detailed tissue analysis
• Tissue ablation procedures, both thermal and chemical
• Guidance for therapeutic interventions such as thermoplasty, improving tissue properties

Additional Information

Technology ID: 2015-048
Sell Sheet: Download the Sell Sheet here
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Date Published: 28 March, 2025